How can hydrogen technologies be implemented safely, reliably and in a practical manner? The Fraunhofer Institute for Structural Durability and System Reliability LBF investigates materials, components and systems—from production through storage and transport to utilization. Realistic tests, simulations, sensor technology and digital models make stresses, aging and damage visible at an early stage.

Shaping a Safe and Reliable Hydrogen Economy

Institute Director Prof. Dr. Tobias Melz welcomed Prime Minister Nikol Pashinyan, Foreign Minister Ararat Mirzoyan and the other Members of the Armenian delegation and introduced the Fraunhofer LBF as well as its research and development expertise. Prof. Dr. Saskia Biehl then provided an overview of the institute’s research work in the field of hydrogen technologies. Using a test setup, the group also demonstrated how the behavior of materials under the influence of hydrogen and realistic cyclic loads can be investigated.
The exchange focused on how assessment and monitoring methods can contribute to the safety and reliability of hydrogen systems.

Researchers are developing holistic methods that allow for the practical investigation of the reliability of materials, components and systems along the hydrogen value chain. These include material testing under pressurized hydrogen, realistic testing of components and systems and the use of simulations, digital models and integrated sensor technology. This approach enables the early identification of critical vulnerabilities, the design of safer components and the reduction of development risks.

Hydrogen Technology Research, Hydrogen System Safety and Reliability, Hydrogen Materials Testing